-M338232 八、新型說明： 【新型所屬之技術領域】 本創作係有關於液晶顯示面板輸送裝置，尤:^有^於 輸送裝置中的搖擺感測器。 ' 【先前技術】 液晶顯示面板主要是玻璃基板、偏光板、透明電極、 配向膜、液晶薄膜與彩色濾光片等構成，其為一透明多層 板結構。液晶顯示面板在製造的過程中，其需要經過多道 濕製程與多種濕製程設備，以一層一層的於玻璃基板上堆 璺製造而成，且在製造完成之後，其需要加以切割、研磨 並加以封裝，才能完成液晶顯示面板的製造。 玻璃基板在各製程間運送的時候，其需要於輸送裝置 上設置感應器，以在玻璃基板到達定位時停止玻璃基板的 運送，以避免玻璃基板撞板而損壞，又由於玻璃基板為透 明的，因此一般的感應器容易誤判而無法使用，目前一般 是使用搖擺感測器，來偵測玻璃基板是否以到達定位。 搖擺感測器為一柩設於輸送裝置的擺動桿與一固定在 輸送裝置的感應器所構成，該擺動桿在玻璃基板到達定位 時會被帶動而擺動並觸發該感應器，藉以通知該玻璃基板 到達定位’然由於擺動桿在長久往復擺動時，該擺動桿與 該輸送裝置之間會不規則磨損，因而會導致該擺動桿卡 死’導致無法觸發該感應器，而讓該玻璃基板有撞板的危 險。 【新型内容】 5 ，M338232 麦此本創作之主*目的在於提供一種搖擺感測器， 其擺動桿無卡死的疑慮，而可確實定位玻璃基板，避免玻 璃基板撞板而毁損。 、，為達上述目@，本創作為一種搖擺感測器，設於一輸 运裝置上’用於感測一玻璃基板的經過，其包含一擺動桿、 -樞組、-轉動輪與—感應器，其中該擺動桿為長條狀且 ^侧具帛-端與一第二端，該樞紐設於該擺動桿長條 ♦ 邊逐離重〜處’該樞紐的硬度大於該擺動桿且該獅桿藉 該樞紐+ 自由轉動的樞設於該輸送裝置上，並讓該鷄桿的 第-端藉由重力擺動至凸出於該輸送裝置上，又該轉動輪 凸設於該第—端上，㈣感應n設置於該輸送裝置上，並 賴猶桿的帛二端遮蓋域應H，以在該獅桿的第二 端相對該感應器移動時觸發該感應器。 據此，由於該樞紐的硬度大於該擺動桿，因此磨耗只 會發纽該獅桿上，故H慢慢逐漸舰，而無卡死 的疑慮，故本創作的搖擺感測器可以確保將玻璃基板定 位，不會因為不規則磨損而卡死，可避免玻璃基板撞板而 毁損。 【實施方式】 為使貴委員對本創作之特徵、目的及功效，有更加 深入之瞭解與認同，茲列舉較佳實施例並配合圖式說明如 后： 請參閱「圖1」與「圖2」所示，本創作為一種搖擺感 測器，設於一輸送裝置10上，用於感測一玻璃基板2〇的 6 •M338232 經過，其包含一擺動桿30、一樞紐40、一轉動輪5〇與一 感應器60，其中該擺動桿30為A6〇61-T6材質，且該擺動 桿30為長條狀且於兩側具一第一端31與一第二端犯，並 该擺動桿30可以設有一排屑孔33，又該擺動桿3〇可設有 一配重塊34以改變該擺動桿30的重心。 該樞紐40設於該擺動桿30長條邊遠離重心處，該配 重塊34可以用於讓該樞紐40遠離該擺動桿3〇的重心，且 該樞紐40為PEEK材質而使該樞紐40的硬度大於該擺動桿 30 ’另該擺動桿30藉該樞紐40自由轉動的樞設於該輸送 裝置10上，並讓該擺動桿30的第一端31藉由重力擺動至 凸出於該輸送裝置10上，又該擺動桿3〇的第一端31可以 形成為叉形狀，以供該轉動輪50設置於該第一端31上， 而使該轉動輪50凸設於該第一端31上。 5亥感應為60設置於該輸送裝置1〇上，並讓該擺動桿 30的第二端32遮蓋該感應器60，如該擺動桿3〇的第二端 32可以内縮形成一容置空間321，該容置空間321供該感 應器60容置，即可讓該擺動桿30的第二端32遮蓋該感應 器60,因而當該輸送裝置1〇輸送該玻璃基板2〇移動至推 動該擺動桿30的第一端31時，且該擺動桿3〇的第二端 32即會擺動而觸發該感應器60。 如上所述，藉由該擺動桿3〇與該樞紐4〇具不同的硬 度，本創作讓該樞紐40的硬度大於該擺動桿3〇，因而磨 耗僅會在該擺動桿30上發生，因而其不會卡死而只會逐漸 鬆脫，可確保該擺動桿30與該樞紐：40不會因為磨耗不均 7 ，M338232 勻而卡死，又本創作透過該排屑孔33的設計，以方便清理 磨耗所產生的微屑’又其可透過配重塊的配置，可以改 變重心，讓該擺動桿30可更快速的藉由重力，讓該擺動桿 30的弟一端31顯鉻於该輸送裝置之外，故本創作可以 確保輸送裝置10在輸送_基板2Q時，搖滅測器可正 常運作’可以確實將玻璃基板20定位，避免玻璃基板2〇 因撞板而毁損。-M338232 VIII. New description: [New technical field] This creation is about the liquid crystal display panel conveying device, especially the rocking sensor in the conveying device. [Prior Art] The liquid crystal display panel is mainly composed of a glass substrate, a polarizing plate, a transparent electrode, an alignment film, a liquid crystal film, a color filter, and the like, and is a transparent multi-layer board structure. In the manufacturing process of the liquid crystal display panel, it needs to be stacked on a glass substrate layer by layer through a plurality of wet processes and a plurality of wet process equipment, and after the manufacturing is completed, it needs to be cut, ground and applied. The package can complete the manufacture of the liquid crystal display panel. When the glass substrate is transported between the processes, it is necessary to provide an inductor on the conveying device to stop the transportation of the glass substrate when the glass substrate reaches the positioning, to avoid damage to the glass substrate, and since the glass substrate is transparent, Therefore, the general sensor is easy to misjudge and cannot be used. Currently, a rocking sensor is generally used to detect whether the glass substrate is positioned. The swing sensor is composed of a swinging rod disposed on the conveying device and a sensor fixed to the conveying device, and the swinging rod is driven to swing and trigger the sensor when the glass substrate reaches the positioning, thereby notifying the glass When the oscillating rod is oscillated for a long time, the oscillating rod will be irregularly worn between the oscillating rod and the conveying device, which may cause the oscillating rod to be stuck, so that the sensor cannot be triggered, and the glass substrate has The danger of hitting the board. [New content] 5, M338232 Mai this book's main purpose is to provide a kind of rocking sensor, the swinging rod has no doubts about the stuck, but can actually position the glass substrate to avoid damage to the glass substrate. In order to achieve the above objective, the present invention is a swing sensor disposed on a transport device for sensing the passage of a glass substrate, which comprises a swinging lever, a pivoting group, a rotating wheel and The sensor, wherein the swinging rod is elongated and has a side end and a second end, the pivot is disposed on the side of the swinging rod ♦ from the weight to the point where the hardness of the hinge is greater than the swinging rod The lion rod is pivotally mounted on the conveying device by the pivot + freely rotating, and the first end of the chicken shaft is swung by gravity to protrude from the conveying device, and the rotating wheel is protruded from the first portion - On the end, (4) the induction n is disposed on the conveying device, and the second end of the yoke is covered by the H to trigger the sensor when the second end of the lion is moved relative to the sensor. According to this, since the hardness of the hub is larger than that of the swinging rod, the wear will only be applied to the lion pole, so H gradually gradually ships, and there is no doubt that the card is dead, so the swing sensor of the creation can ensure the glass. The substrate is positioned so as not to be stuck due to irregular wear, and the glass substrate can be prevented from colliding and being damaged. [Embodiment] In order to give your members a deeper understanding and recognition of the features, purposes and effects of this creation, the preferred embodiment is illustrated with the following description: Please refer to "Figure 1" and "Figure 2" As shown, the present invention is a swing sensor disposed on a transport device 10 for sensing a 6•M338232 pass of a glass substrate 2, which includes a swing lever 30, a hinge 40, and a rotating wheel 5. And a sensor 60, wherein the swinging rod 30 is made of A6〇61-T6, and the swinging rod 30 is elongated and has a first end 31 and a second end on both sides, and the swinging rod 30 may be provided with a chip hole 33, and the swing bar 3'' may be provided with a weight 34 to change the center of gravity of the swing bar 30. The pivot 40 is disposed on the long side of the swinging rod 30 away from the center of gravity. The weight 34 can be used to move the hub 40 away from the center of gravity of the swinging rod 3, and the hinge 40 is made of PEEK material to make the hardness of the hinge 40 The pivoting lever 30 is pivotally mounted on the conveying device 10 by the pivoting of the pivoting member 40, and the first end 31 of the swinging lever 30 is swung by gravity to protrude from the conveying device 10. The first end 31 of the swinging rod 3 can be formed in a fork shape for the rotating wheel 50 to be disposed on the first end 31, so that the rotating wheel 50 protrudes from the first end 31. The 5th induction 60 is disposed on the conveying device 1 and the second end 32 of the swinging rod 30 covers the inductor 60. For example, the second end 32 of the swinging rod 3 can be retracted to form an accommodating space. The accommodating space 321 is received by the inductor 60, so that the second end 32 of the swinging rod 30 covers the inductor 60, so that when the conveying device 1 transports the glass substrate 2, it moves to push the When the first end 31 of the lever 30 is swung, and the second end 32 of the swing lever 3 is swung to trigger the inductor 60. As described above, by the fact that the swing lever 3 is different in hardness from the hinge 4, the creation makes the hardness of the hinge 40 larger than that of the swing lever 3, so that wear only occurs on the swing lever 30, so that It will not be stuck but will gradually loosen, which will ensure that the swinging lever 30 and the hinge: 40 will not be stuck due to uneven wear and tear, and the M338232 will be stuck evenly, and the creation of the chip hole 33 is convenient for the creation. The cleaning of the micro-chip generated by the abrasion can be changed through the configuration of the weight, so that the center of gravity can be changed, so that the swinging rod 30 can more quickly chrome the center of the swinging rod 30 to the conveying device by gravity. In addition, the present invention can ensure that the transport device 10 can operate normally when the substrate 2Q is transported, and the glass substrate 20 can be surely positioned to prevent the glass substrate 2 from being damaged by the collision plate.
綜上所述僅為本創作的較佳實施例而已， 定本創作之實施麵’即凡依本創”請 所為的等效變化與修飾，皆應為本創作^圍之内谷 【圖式簡單說明】 圖1，係本創作之外觀結構圖。 圖2 ’係本創作之使用局部圖。 【主要元件符號說明】 1G :輪送裝置 2Q :坡璃基板 :擺動桿 31 :第-端 32 :第二端 321 :容置空間 33 34 40 50 排屑孔 配重塊 才區紐 轉動輪 8 M338232 60 :感應器In summary, the description is only for the preferred embodiment of the present creation, and the equivalent change and modification of the implementation of the creation of the creation of the creation of the creation of the original creation should be the creation of the valley Description Fig. 1 is the appearance structure diagram of this creation. Fig. 2 'Use part of the creation of this creation. [Main component symbol description] 1G: Wheeling device 2Q: Slope substrate: Swing rod 31: End-end 32: Second end 321 : accommodation space 33 34 40 50 chip removal hole weight block area button rotation wheel 8 M338232 60 : sensor